Add to ORKGA modified associate species thermochemical model has been developed for the liquid/glass in nuclear waste glass systems, and provides a simple means for relatively accurately representing the thermochemistry of the liquid/glass phase. A modification of the methodology is required when two immiscible liquids are present, such that a positive interaction energy is included in the representation. The approach has been extended to include spinel-forming constituents together with the base glass system as well as development of a models for spinel phases
The crystal-melt equilibria in complex fifteen component melts are modeled based on quasicrystalline...
Phase separation is shown to have an adverse and unpredictable effect on durability of borosilicate ...
Our objective is to determine the fraction and size of spinel crystals in molten HLW glass that are ...
A modified associate species thermochemical model has been developed for the liquid/glass in nuclear...
This initial work is aimed at developing a basic understanding of the phase equilibria and solid sol...
The development of assessed and consistent phase equilibria and thermodynamic data for major glass c...
The development of assessed and consistent phase equilibria and thermodynamic data for major glass c...
A modified associate species approach is used to model the liquid phase in oxide systems. The relati...
AbstractAmong the large number of matrixes explored as hosts for high-level nuclear wastes, conditio...
The objective of the proposed effort is to use a new approach to develop solution models of complex ...
Spinel crystals precipitate in high-level waste glasses containing Fe, Cr, Ni, Mn, Zn, and Ru. The l...
Liquidus temperatures (TL) were measured, and primary phases were determined for 50 (from an initial...
The recently proposed strategy for studying the equilibrium thermodynamics of the glass phase using ...
Compositions with easy bulk metallic glass formation have been identified in quinary systems with th...
Abstract: Thermodynamic systems of interest in nuclear engineering generally consist of many compone...
The crystal-melt equilibria in complex fifteen component melts are modeled based on quasicrystalline...
Phase separation is shown to have an adverse and unpredictable effect on durability of borosilicate ...
Our objective is to determine the fraction and size of spinel crystals in molten HLW glass that are ...
A modified associate species thermochemical model has been developed for the liquid/glass in nuclear...
This initial work is aimed at developing a basic understanding of the phase equilibria and solid sol...
The development of assessed and consistent phase equilibria and thermodynamic data for major glass c...
The development of assessed and consistent phase equilibria and thermodynamic data for major glass c...
A modified associate species approach is used to model the liquid phase in oxide systems. The relati...
AbstractAmong the large number of matrixes explored as hosts for high-level nuclear wastes, conditio...
The objective of the proposed effort is to use a new approach to develop solution models of complex ...
Spinel crystals precipitate in high-level waste glasses containing Fe, Cr, Ni, Mn, Zn, and Ru. The l...
Liquidus temperatures (TL) were measured, and primary phases were determined for 50 (from an initial...
The recently proposed strategy for studying the equilibrium thermodynamics of the glass phase using ...
Compositions with easy bulk metallic glass formation have been identified in quinary systems with th...
Abstract: Thermodynamic systems of interest in nuclear engineering generally consist of many compone...
The crystal-melt equilibria in complex fifteen component melts are modeled based on quasicrystalline...
Phase separation is shown to have an adverse and unpredictable effect on durability of borosilicate ...
Our objective is to determine the fraction and size of spinel crystals in molten HLW glass that are ...